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Book Details
Abstract
Structure, Agency and Biotechnology argues for the significance of sociological theory and highlights the insights it can offer to the study of agricultural biotechnology. Cautioning against a simplistic reading of the GM controversy as merely a debate of science versus politics, Aristeidis Panagiotou suggests that the discussion should be embedded in the wider social, political, economic and cultural contexts. Structure, Agency and Biotechnology assesses the 2012 Rothamsted GM wheat trials and proposes that the tension underlying GM technology should be resolved through sustained dialogue, public involvement and broad scientific consensus.
Aristeidis Panagiotou is a researcher at the Hellenic Federation of Enterprises (SEV), Greece.
“This is a fascinating account of the intricacies of one of the most important GMO episodes in the UK. Yet, the greatest achievement of this book lies in its combining a detailed case-study, arguably the hallmark of STS scholarship, with the willingness to engage with contemporary macrosociological theory.” —Eve Seguin, Professor, Department of Political Science & Programme of Postgraduate Studies in Science, Technology and Society, Université du Québec à Montréal, Canada
The overarching aim of “Structure, Agency, Biotechnology: The Case of the Rothamsted GM Wheat Trials” is to propose a way of filling the analytical gap found in the current literature by offering an original theoretical framework. This framework is able to assess both the content and context of the scientific field without resorting either to deterministic or to what theorists refer to as “conflationist strategies.” In order to demonstrate the heuristic value of the framework, the 2012 GM wheat field trials carried out by Rothamsted Research, often associated with the “second push” of agribiotech firms to bring Genetically Modified Organisms (GMOs) to the UK, areassessed, and key aspects of the experiment areunderscored. At the same time, the broader institutional arrangements, key ideological constructs and the social order are examined, and a reframing of the controversy which moves beyond the simplistic conceptualization of it being a case of science versus politics is suggested. The volume also proposes a clear set of guidelines, which stem from the methodological and theoretical deep structure of the suggested framework but do not demand prior theoretical knowledge, which can be used by a wider audience engaged with biotechnology. This audience can draw on the guidelines either for reasons of developing a critical understanding of particular situations or for initiating the process of sustained dialogue between involved parties. These two dimensions are of great significance for practical policy orientations.
“This work is both a sophisticated theoretical synthesis and a finely worked case illuminating a topic of profound importance: genetic modification. Panagiotou’s labors bring much-needed clarity to this complex and contested world, moving us well beyond the simple binaries of truth and politics, science and publics. It is recommended to those with an interest in the environment, policy and governance, risk, science and technology, and social theory.” —Steve Matthewman, Associate Professor, Head of Sociology, University of Auckland, New Zealand
“This is a masterful piece of holistic sociological theory framing the study of a GM controversy. Revisiting structuration theory, Panagiotou offers a very rich discussion of the particularities anchored across different locations. His book presents a critical understanding of science and technology using sociological concepts and methodological bracketing.” —Dominique Vinck, Full Professor, STS Lab, University of Lausanne, Switzerland
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Cover | Cover 1 | ||
Front Matter | i | ||
Half-title | i | ||
Series information | ii | ||
Title page | iii | ||
Copyright information | iv | ||
Dedication | v | ||
Table of contents | vii | ||
List of Illustrations | ix | ||
List of abbreviations | xi | ||
Acknowledgments | xiii | ||
Chapter 1-9 | 1 | ||
Chapter 1 A Holistic Approach to The GM Controversy | 1 | ||
The GM Controversy as a “Lightning Rod” | 1 | ||
Public Sentiment, Scientific Viewpoints and Legislative Frameworks: A Dissonant Coexistence | 2 | ||
The EU regulatory system | 2 | ||
England decides to endorse GM cultivation while the rest of the UK opt out | 4 | ||
The STC inquiry | 5 | ||
A Brief History of the GM Debate in the UK | 8 | ||
The National Consensus Conference | 9 | ||
The GM Nation? Public debate | 10 | ||
The ill-fated FSA public dialogue | 12 | ||
The “Second Push” of the Agbiotech Industry | 12 | ||
The Rothamsted GM wheat field trials | 14 | ||
The significance of the field trials | 17 | ||
The Need for a Holistic Framework | 17 | ||
The structure of the book | 19 | ||
Chapter 2 Rethinking Science, Technology and Society Relations: Definitions, Boundaries and Underlying ... | 21 | ||
Technological Artifacts, Scientific Knowledge and the Social Order | 21 | ||
What is technological determinism? | 21 | ||
The fundamental flaw in technological determinism | 23 | ||
Beyond technological determinism: The case of social constructivism | 24 | ||
Some central problems in social constructivism | 25 | ||
Misa’s meso-level approach | 27 | ||
Hughes’s “technological momentum” | 29 | ||
The idiom of “co-production” | 31 | ||
Technoscientific progress and social change: Backward and forward | 33 | ||
Chapter 3 Science and Technology Studies: A Critical Overview of the Field | 35 | ||
Back to Merton | 36 | ||
The place of science in society | 36 | ||
Merton: Backward and forward | 39 | ||
Science as a Golem: The Sociology of Scientific Knowledge | 40 | ||
The origins of the “Strong Programme” in SSK | 40 | ||
The Empirical Programme of Relativism: Legacy and main tenets | 41 | ||
The problems of empiricism and relativism in EPOR | 43 | ||
The problem of symmetry in EPOR | 46 | ||
EPOR: Backward and forward | 47 | ||
Actor-Network Theory | 47 | ||
Agnosticism | 48 | ||
Generalized symmetry | 49 | ||
The end of dualisms and the advent of free association | 50 | ||
Actants and actor-networks | 51 | ||
ANT: Backward and forward | 53 | ||
Andrew Pickering and the Mangle of Practice | 57 | ||
Post-humanism in Pickering | 58 | ||
Hubris and the heuristic value in the Mangle: Backward and forward | 59 | ||
Ontology and Methodology in STS: Toward a Critical Synthesis | 61 | ||
Chapter 4 Benton, Mouzelis, Stones: Some Key Advances in Contemporary Sociology | 63 | ||
The Contribution of Benton | 64 | ||
Human and animal relations | 64 | ||
The hierarchy of sciences | 66 | ||
Conclusion: From anathema to exegesis | 68 | ||
The Contribution of Mouzelis | 69 | ||
Post-Marxist alternatives | 69 | ||
Holistic logic in Marxism | 69 | ||
The relative autonomy of the political sphere and the base/superstructure dichotomy | 70 | ||
Technology, Appropriation, Ideology (TAI) | 71 | ||
Technology | 71 | ||
Appropriation | 72 | ||
Ideology | 73 | ||
The Contribution of Stones | 74 | ||
Strong Structuration Theory | 74 | ||
External structures | 76 | ||
External structures as constraints/enablements | 76 | ||
Position-practices as external structures | 77 | ||
Resources as external structures | 78 | ||
Internal structures | 79 | ||
The conjuncturally specific knowledge of external structures | 80 | ||
The general-dispositional/habitus | 80 | ||
Active agency and agent’s practices | 81 | ||
Outcomes | 82 | ||
Conclusion | 82 | ||
Chapter 5 A Holistic Framework for the Study of Agricultural Biotechnology | 85 | ||
TAI and the Field of Agribiotechnology: Criticisms and Modifications | 85 | ||
Technology in agribiotechnology | 86 | ||
Appropriation in agribiotechnology | 89 | ||
Ideology in agribiotechnology | 90 | ||
Conclusion: Key Points in the Adapted TAI Scheme | 94 | ||
Strong Structuration Theory and Technology | 94 | ||
Placing Benton’s ontological naturalism in SST | 96 | ||
Bringing TAI and SST Closer Together | 99 | ||
Macro, meso and micro: Actors, structures and levels of analysis | 99 | ||
Ontology in Mouzelis | 99 | ||
Methodology in Mouzelis | 100 | ||
Ontology in Stones | 102 | ||
Methodology in Stones | 106 | ||
Degrees of contextualization: Contextualizers and floaters | 106 | ||
Methodological bracketing | 108 | ||
Chapter 6 The Rothamsted GM Wheat Trials (I): Technology and Appropriation | 113 | ||
Some Preliminary Clarifications | 113 | ||
Technology | 116 | ||
Authorization of the field trials | 116 | ||
Rothamsted Research (internal organization and external environment) | 119 | ||
Moloney and Pickett: Dispositions, positions and locations in wider networks | 121 | ||
GM wheat: Issues of discord | 125 | ||
Summary | 129 | ||
Appropriation | 130 | ||
R&D and farming | 131 | ||
Potentially useful or certainly pointless? | 133 | ||
Who will benefit? | 136 | ||
Distribution | 137 | ||
The authorization process for commercialization | 139 | ||
Application Submission | 139 | ||
Safety Assessment | 140 | ||
Final Decision | 140 | ||
The significance of EFSA | 141 | ||
Some methodological clarifications | 141 | ||
The birth of EFSA | 144 | ||
Risk assessment of GMOs | 145 | ||
EFSA and the authorization process: Two contrasting views | 146 | ||
The process as time-consuming | 146 | ||
The politicization of the authorization process | 149 | ||
EFSA as the playground of the biotech industry: Conflicts of interest and revolving doors | 150 | ||
The birth of the comparative safety assessment | 154 | ||
Concluding remarks and clarifications | 155 | ||
Chapter 7 The Rothamsted GM Wheat Trials (II): Ideology | 157 | ||
Ideology | 157 | ||
The nature of Nature | 158 | ||
Environmentalism and GM skeptics | 159 | ||
Technological determinism and GM advocates | 160 | ||
Concluding remarks | 163 | ||
The precautionary principle: What’s in a name? | 164 | ||
Risk avoidance: Between Utopia and reality in a globalized world | 165 | ||
Preventive actions and irreversible damages | 168 | ||
The precautionary principle: Backward and forward | 172 | ||
Conclusion | 173 | ||
Chapter 8 What is The GM Controversy? Science, Politics and Prospects | 177 | ||
The GM Debate as a Case of Science vs. Politics? | 177 | ||
The role of the political field | 178 | ||
Science and politics: System integration and social integration | 179 | ||
System integration: Institutional facilitation, co-production and regulation | 181 | ||
Social integration: Science as a political resource | 182 | ||
The stance of the scientific community on the safety and benefits of GMOs | 185 | ||
An artificial consensus | 185 | ||
First-generation GMOs: A case of downplayed risks and overstated benefits? | 187 | ||
Second-generation GMOs: Prospects and problems | 188 | ||
Scientific discord: Backward and forward | 191 | ||
Scientists, vested interests and ideology | 193 | ||
Reframing the GM debate: Ecological Disputes and Democratic Trajectories | 197 | ||
The GM controversy as an embracing ecological dispute | 197 | ||
Public involvement: Backward and forward | 202 | ||
Is democracy unscientific? | 202 | ||
Public involvement in a nutshell | 207 | ||
The GM controversy: A tripartite involvement | 209 | ||
Formal frameworks of inclusive governance | 210 | ||
The significance of a consensus-based mediated dialogue process | 211 | ||
Seven steps toward dispute resolution | 213 | ||
Stage one: Deciding to engage | 213 | ||
Stage Two: Mapping and Naming Problems and Relationships | 214 | ||
Stage Three: Agenda Setting | 215 | ||
Stage Four: Problem Formulation | 216 | ||
Stage Five: Fact-finding | 217 | ||
Stage Six: Identification of Alternatives | 217 | ||
The role of the facilitator in Stages Four, Five and Six | 217 | ||
Stage seven: Decision choice | 219 | ||
Mediated dialogue: Backward and forward | 219 | ||
Chapter 9 Conclusion | 221 | ||
End Matter | 225 | ||
Notes | 225 | ||
Chapter 1 | 225 | ||
Chapter 2 | 226 | ||
Chapter 3 | 228 | ||
Chapter 4 | 228 | ||
Chapter 5 | 229 | ||
Chapter 6 | 229 | ||
Chapter 7 | 232 | ||
Chapter 8 | 233 | ||
Bibliography | 235 | ||
Index | 263 |